有机神经形态机器视觉器件及系统

Abstract

In recent years, organic electronics has surged forward, fueled by the rapid advancement of organic semiconductor materials and their devices. This progress holds immense promise for innovative applications in fields like wearable electronics and artificial intelligence. Organic semiconductors shine with several benefits: their low cost, excellent biocompatibility, tunable spectral response, and impressive flexibility. These attributes unlock significant commercial potential, particularly in emerging intelligent sensing fields like optoelectronic devices. In the realm of flexible biomimetic vision sensors, they are an indispensable building block. This paper delves into the research advancements shaping artificial neural form visual intelligent sensing systems. We explore the categories of organic photoelectric materials and photoelectric devices crucial for biomimicry in visual sensing, culminating in the discussion of integrated multi-sensory systems encompassing both vision and touch. Finally, we analyze the significance and current challenges of developing organic bionic vision systems, offering feasible research directions for harnessing the power of organic visual perception and multi-sensory integration in the future.